Chemical Pre-Treatment of Sewage - A Cost-Benefit Method
389
and new concepts proceedings from the 1 st Gothenburg Symposium 1984, Gustav
Fischer Verlag, StuttgarVNew York, pp 235-242
0degaard H, Karlsson I (1994) Chemical wastewater treatment - value for money, In:
Chemical water and wastewater treatment III. - Proceedings of the 6 th Gothenburg
Symposium 1994, Springer-Verlag Berlin Heidelberg New York, pp 191-209
Sagberg P, Ryrfors P, Grundnes Berg K (1998) The mass balances of nitrogen and
carbon in a compact nitrogen and phosphorus WWTP. In: Hahn HH, Hoffmann E,
0degaard H (eds.) Chemical water and wastewater treatment V. Springer Berlin
Heidelberg, New York pp 231-242
Somly6dy L, Knolmar M (1997) Chemical upgrading of the North-Budapest
Wastewater Treatment Plant. Period Polytechn Ser Civil Eng 41(2): 119-137
Rebhun M, Streit S (1974) Physico-chemical treatment of strong municipal
wastewater, Water Res 8: 195-201
Rebhun M, Narkis, N. and Wach, AM (1969) Effect of poly electrolytes in conjunction
with bentonitic clay on contaminants removal from secondary effluents, Water Res
3:345-355
Ulmgren L (1975) Swedish experiences in chemical treatment of waste water, J Water
Pollut Control Fed 47(4):696-703
Vermes L (1985) Results of poplar plantation for wastewater utilization in Hungary,
In: Agricultural waste utilization and management, Proc 5 th Int Symp on
Agricultural Wastes. American Society of Agricultural Engineers, Chicago, pp
399-403
Vermes L (1996) Special poplar plantation for water pollution control in agricultural
areas, Hrvatske Vode, 4(15):143-147
Zotter K, Licsk6 I (1992) Coagulation and flocculation in alkaline media - the role of
Ca 2 + and Mg2+ ions, In: Chemical water and wastewater treatment II. - Proc 5 th
Gothenburg Symp 1992. Springer, Berlin Heidelberg New York, pp 47-64
389
and new concepts proceedings from the 1 st Gothenburg Symposium 1984, Gustav
Fischer Verlag, StuttgarVNew York, pp 235-242
0degaard H, Karlsson I (1994) Chemical wastewater treatment - value for money, In:
Chemical water and wastewater treatment III. - Proceedings of the 6 th Gothenburg
Symposium 1994, Springer-Verlag Berlin Heidelberg New York, pp 191-209
Sagberg P, Ryrfors P, Grundnes Berg K (1998) The mass balances of nitrogen and
carbon in a compact nitrogen and phosphorus WWTP. In: Hahn HH, Hoffmann E,
0degaard H (eds.) Chemical water and wastewater treatment V. Springer Berlin
Heidelberg, New York pp 231-242
Somly6dy L, Knolmar M (1997) Chemical upgrading of the North-Budapest
Wastewater Treatment Plant. Period Polytechn Ser Civil Eng 41(2): 119-137
Rebhun M, Streit S (1974) Physico-chemical treatment of strong municipal
wastewater, Water Res 8: 195-201
Rebhun M, Narkis, N. and Wach, AM (1969) Effect of poly electrolytes in conjunction
with bentonitic clay on contaminants removal from secondary effluents, Water Res
3:345-355
Ulmgren L (1975) Swedish experiences in chemical treatment of waste water, J Water
Pollut Control Fed 47(4):696-703
Vermes L (1985) Results of poplar plantation for wastewater utilization in Hungary,
In: Agricultural waste utilization and management, Proc 5 th Int Symp on
Agricultural Wastes. American Society of Agricultural Engineers, Chicago, pp
399-403
Vermes L (1996) Special poplar plantation for water pollution control in agricultural
areas, Hrvatske Vode, 4(15):143-147
Zotter K, Licsk6 I (1992) Coagulation and flocculation in alkaline media - the role of
Ca 2 + and Mg2+ ions, In: Chemical water and wastewater treatment II. - Proc 5 th
Gothenburg Symp 1992. Springer, Berlin Heidelberg New York, pp 47-64
